8 Spirals Rotary Wing Unmanned Aerial Vehicle Drone For Erecting Wires In Transmission Lines
8 Spirals Wing Drone For Erecting Wires In Transmission Lines
Use background
In the construction of many power lines, it is often limited by terrain and environmental characteristics. For example, the wiring process must span some rivers, lakes, industrial and commercial areas, residential areas, roads, railways or hills, canyons, forestry. Seedlings, etc. These factors have led to a geometric increase in construction costs, construction schedules have to be postponed or even interrupted, and construction quality cannot be guaranteed. Power line drones can effectively protect crops and seedlings from deforestation. Residential buildings do not need to be removed and removed. Construction workers no longer travel long distances and overcome obstacles, thus saving a lot of economic compensation and greatly speeding up the construction progress. Reduce wire surface damage. The 8-wing power-lined drone technology has reached a fully mature stage. It has completed thousands of air wiring operations and has extensive experience in air wiring.
| Technical Parameter | Description | ||||
| The size of drone | 680/850/1100/1300mm | ||||
| The folding size of the drone | All aluminum folding arm, aluminum made | ||||
| The weight of drone | 2-5 kg | ||||
| Maximum takeoff weight | 9-12 kg | ||||
| The payload of drone | 4-6 kg | ||||
| Rotor of drone | 15-28 inch full carbon fiber | ||||
| Wiring devices | It can achieve remote control wire | ||||
| Remote controller | 2.4G AT9 | ||||
| Battery of drone | High performance lithium polymer lithium battery | ||||
| 22.2V/16000mA | |||||
| Charger | High-power lithium balance charging equipment | ||||
| UAV self-stabilizing system | availble | ||||
| Motor speed | 1200r/min | ||||
| Battery life without cargo | About 25 minutes | ||||
| Battery life with cargo | Within 20 minutes | ||||
| Pilot rope | 3.5/2.0 Dupont or Dyneema rope | ||||
| Flight altitude | 0-1500m | ||||
| Maximum take-off altitude | 4500m | ||||
| The approach of taking off and landing |
Vertical | ||||
| Wind resistance | ≤8.0m/s | ||||
| Flight speed | 14m/s | ||||
| Hover | It can hovering in the air at any position and return automatically when out of control |
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| Flight attitude | It can fly in any direction, reverse flight and slam the brakes on |
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| Hover precision | horizontal±1.5m ,vertical±0.5m | ||||
| Time for taking off or landing | ≤1min | ||||
| Body Material | Carbon fiber | ||||
| Temperature range | -20 ~ 50 degrees celsius | ||||
| Battery power performance | It can charge-discharge 300-500 times | ||||
| Frame life | ≥ 5 years |
Characteristics
- Low requirements on topography,no limit on altitude,no problem in high altitude area;
- Payload of 2.0 dupont rope that can fly for 25 to 30 minutes;
- Free operation training, welcome to our company to participate in and learn simple UAV maintenance technical service.
- High efficiency and high attendance rate, short adjustment time when taking off
- The aircraft is light and flexible with little vibration;
- More efficient, drag 3.5mm, 12 kgs of rope to 1000 meters.(Four-axis drag 2.0mm);
- Environmentally friendly and meets the requirements of national energy conservation and environmental protection;
- Safer and can resist six levels of wind;
- Easy to maintain, and low cost on use and maintenance;
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